The 0.1 hectare site is located at Talbot Street, Newtownards, to the rear of 70-78 James Street. The site is cleared and access is from Talbot Street.
The curtilage of the site is defined by a two metre high masonry wall to the north. The remaining boundaries are defined by the gable walls and rear boundaries of the adjacent dwellings along Talbot Street and James Street. The land within the site is generally flat.
The surrounding area is primarily residential in character with dwellings to the south, west and east of the site. A primary school, convenience store and an Early Years Centre are located to the north.
This scheme is not currently in Clanmil ownership however, purchase is expected to complete shortly.
The proposed mix for the scheme is 6 units comprising 6x 3p/2b apartments. The building will be constructed to Lifetime Homes and Secured by Design standardsÂ

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Architect Led Design Team (ALDT) for Construction Project at Talbot Street N'Ard

Haemodynamic Monitoring System for Use in Head-Up Tilt Tests and Autonomic Function Tests. The Countess of Chester Hospital NHS Foundation Trust (the Trust) is seeking to purchase a single non-invasive, accurate beat-to-beat haemodynamic monitoring system for use in the Trustâs Cardio Respiratory Vascular (CRV) department.
The monitoring system will enable the Trust to continuously monitor blood pressure and cardiac output in patients who are suffering from blackouts (syncopal episodes).
IMPORTANT - PLEASE NOTE - Suppliers are required to view the Invitation to Tender Document titled COCH ITT DOCUMENT- Haemodynamic Monitoring System, this document is located in the Attachments section of the ITT. Please read and complete the document (schedule F, G, H, I and J, embedding pdf documents within the document if required), the completed document should then be uploaded to the Response Form (T) section.
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Haemodynamic Monitoring System for use in Head-Up Tilt Tests and Autonomic Funct

To provide radiation protection advice on the use of sealed and unsealed sources and X-ray equipment and to provide laser safety advice to the University.The Service provider will;
 Act as Radiation Protection Adviser to the University of Ulster. Any individual undertaking the duties must hold a Certificate of Core Competence from an Assessing Body recognized by the Health and Safety Executive (HSE)
 Act as Radioactive Waste Adviser to the University of Ulster. Any individual undertaking the duties must hold a certificate of recognition issued either under grandfather rights or from an approved assessing body.
 Act as a Dangerous Goods Safety Adviser for the transport of Class 7 dangerous goods by road and hold an appropriate Class 7 DGSA qualification
 Carry out regular advisory visits. This will include those activities detailed in the appendix. These will be performed by a suitably experienced Radiation Protection Adviser.
 Provide a report summarising the findings of the visit and advise on any actions required to comply with statutory requirements.
 Provide advice through the Faculty of Life and Health Sciences Health and Safety Committee and DXA monitoring Group
 Provide a risk assessment to cover the work with ionising radiation and local rules/procedures including contingency plans. These will be reviewed on an annual basis.
 Provide laser safety advice, audits and training including written reports as required.
 Provide a total of 115 hours work per year
 Provide a 24 hour emergency call-out service with assistance on-site where necessary.
 Provide same day access to advice by telephone

In June 2013 the Government set out the allocation of European Structural and Investment Funds (ESIF), including ESF money for the full seven-year period.
The allocation was divided across LEP (Local Enterprise Partnership) areas in England, with funds being distributed and managed by the ESF Managing Authority (MA).
LEPs have an advisory role and they documented their local/strategic needs in an ESIF Strategy.
Greater Cambridge Greater Peterborough:
The provision will be a Participant led package of tailored support to help reduce worklessness amongst disadvantaged people. It will be voluntary provision that
will be delivered by Key Workers who will engage with the defined priority groups, primarily on a one to one basis, and identify and address their barriers to work through proactive intervention and effective signposting. The primary objective of the provision is for Participants to move in to work and achieve sustained employment. In work support delivered by the Provider will increase the likelihood of employment secured being sustained.Â

In June 2013 the Government set out the allocation of European Structural and Investment Funds (ESIF), including ESF money for the full seven-year period.
The allocation was divided across LEP (Local Enterprise Partnership) areas in England, with funds being distributed and managed by the ESF Managing Authority (MA).
LEPs have an advisory role and they documented their local/strategic needs in an ESIF Strategy.
Hertfordshire: This provision is voluntary and will aim to reduce the number of people who are inactive or not in employment in the Hertfordshire LEP area. It will focus on a package of support to help unemployed and economically inactive people within the Hertfordshire LEP area find and keep a job. It will be targeted at different groups and delivery is expected to be appropriately tailored to meet the needs of the participant to engage, address barriers to work and improve their chances of securing and sustaining employment.Â

The Medicines and Healthcare products Regulatory Agency has a requirement for RFIDs for tracking cryogenically preserved materials in 2ml tubes at -196°C. We wish to lease the equipment, rather than purchase as the technology is as yet unproven. The supplier should be able to provide RFID-tagged 2ml sterile cryotubes for purchase and to provide under a lease arrangement two RFID readers- one for reading and registering cryovials in the cell culture laboratory and one to read cryovials in 10x10 cryo storage boxes (132 x 132 x 53mm) in the liquid nitrogen storage facility, as well as associated computer hardware and software for tracking and registering storage locations. The RFIDs must be capable of being read at temperatures below -180°C.